This data will prompt NASA and scientists in the community to conduct field experiments to predict how carbon - absorbing
systems respond to climate change.
«It suggests that similar underlying processes drive how natural
systems respond to climate change and provides a glimpse of what could be in store for the future.»
«Looking to the past is one of the few ways ecologist have for understanding how natural
systems respond to climate change,» said Fitzpatrick of the Center's Appalachian Laboratory.
Not exact matches
New York is not only contemplating how
to respond to the
climate change menace, but it is also trying
to move its energy
system into the digital age.
«In the face of rapidly expanding energy demand and the increasingly urgent threat of
climate change, we are continuing
to respond to the energy
system as it evolves rather than actively managing its transformation,» Didier Houssin, IEA's director of sustainable energy policy and technology, said yesterday at the report's launch.
What followed was a rare and relatively new occurrence in Yosemite Valley — a ranger program focused exclusively on how one of the jewels of America's national parks
system is
responding to a
changing climate.
Conor Purcell from Cardiff University's School of Earth and Ocean Sciences, said: «Using the simulations performed with our
climate model, we were able
to demonstrate that the
climate system can
respond to small
changes with abrupt
climate swings.
The researchers examined various reconstructions of past temperatures and CO2 levels
to determine how the
climate system has
responded to previous
changes in its energy balance.
That's partly because different plants and animals will
respond differently
to threats like disease, pests, or
climate change, but also because if one plant or animal falls victim
to such challenges, others will be there
to fill the hole left behind, helping
to prevent the entire
system from collapsing.
«And it has increased our optimism about the ability of coral reef
systems to respond to the sorts of
changes they are likely
to experience under foreseeable
climate change.»
Earth, because of the
climate system's inertia, has not yet fully
responded to human - made
changes of atmospheric composition.
However, effec - tive communication with the public of the urgency
to stem human - caused
climate change is hampered by the inertia of the
climate system, especially the ocean and the ice sheets, which
respond rather slowly
to climate forcings, thus allow - ing future consequences
to build up before broad public con - cern awakens.
Responding to comments 14, 25, and 56: I'm a policy analyst in Seattle, well - read on the impacts of
climate change, but also other global resource constraints — like peak oil, peak phosphorus and the limits of industrial agriculture, waters supply (closely related
to climate), and human
systems / governance.
To respond to the growing demand for Earth observation data, we will accelerate efforts within the Global Earth Observation System of Systems (GEOSS), which builds on the work of UN specialized agencies and programs, in priority areas, inter alia, climate change and water resources management, by strengthening observation, prediction and data sharin
To respond to the growing demand for Earth observation data, we will accelerate efforts within the Global Earth Observation System of Systems (GEOSS), which builds on the work of UN specialized agencies and programs, in priority areas, inter alia, climate change and water resources management, by strengthening observation, prediction and data sharin
to the growing demand for Earth observation data, we will accelerate efforts within the Global Earth Observation
System of
Systems (GEOSS), which builds on the work of UN specialized agencies and programs, in priority areas, inter alia,
climate change and water resources management, by strengthening observation, prediction and data sharing.
However, we also have
climate change computer models which are valuable guides
to how the
climate system will
respond to greenhouse gas forcing.
Since it reflects the capacity of the
climate system to absorb heat, it may be influenced by the planetary albedo (sea - ice and snow) and ice - caps, which
respond to temperature
changes.
We have only begun
to see the
change in temperature and
climate caused by the amount of CO2 that we have already added
to the atmosphere (+38 %), and it will continue
to change until the ocean - atmosphere
climate system fully
responds to that addition.
While the definition of a forcing may appear a little arbitrary, the reason why radiative forcing is used is because it (conveniently) gives quite good predictions of what happens in models
to the global mean temperature once the
climate system has fully
responded to the
change.
«We are calling on policy - makers
to respond to the prospect of triggering future
climate tipping points by applying the brakes now and putting a high price on carbon emissions before it is too late,» says one of the authors, Tim Lenton, professor of
climate change and earth
system science at the University of Exeter.
Thus, the ability of anthropogenically simplified natural
systems to respond to a
changing climate is much less now than when these
systems were much more resilient.
This is a very good case for studying how quickly the Earth's temperature
responds to changes in the
climate system.
To respond to this need the European Space Agency (ESA) has initiated a new programme, Global Monitoring of Essential Climate Variables (known for convenience as the ESA Climate Change Initiative) to provide an adequate, comprehensive, and timely response to the extremely challenging set of requirements for (highly stable) long - term satellite - based products for climate, that have been addressed to Space Agencies via the Global Climate Observing System (GCOS) and the Committee on Earth Observation Satellites (CEOS
To respond to this need the European Space Agency (ESA) has initiated a new programme, Global Monitoring of Essential Climate Variables (known for convenience as the ESA Climate Change Initiative) to provide an adequate, comprehensive, and timely response to the extremely challenging set of requirements for (highly stable) long - term satellite - based products for climate, that have been addressed to Space Agencies via the Global Climate Observing System (GCOS) and the Committee on Earth Observation Satellites (CEOS
to this need the European Space Agency (ESA) has initiated a new programme, Global Monitoring of Essential
Climate Variables (known for convenience as the ESA Climate Change Initiative) to provide an adequate, comprehensive, and timely response to the extremely challenging set of requirements for (highly stable) long - term satellite - based products for climate, that have been addressed to Space Agencies via the Global Climate Observing System (GCOS) and the Committee on Earth Observation Satellites
Climate Variables (known for convenience as the ESA
Climate Change Initiative) to provide an adequate, comprehensive, and timely response to the extremely challenging set of requirements for (highly stable) long - term satellite - based products for climate, that have been addressed to Space Agencies via the Global Climate Observing System (GCOS) and the Committee on Earth Observation Satellites
Climate Change Initiative)
to provide an adequate, comprehensive, and timely response to the extremely challenging set of requirements for (highly stable) long - term satellite - based products for climate, that have been addressed to Space Agencies via the Global Climate Observing System (GCOS) and the Committee on Earth Observation Satellites (CEOS
to provide an adequate, comprehensive, and timely response
to the extremely challenging set of requirements for (highly stable) long - term satellite - based products for climate, that have been addressed to Space Agencies via the Global Climate Observing System (GCOS) and the Committee on Earth Observation Satellites (CEOS
to the extremely challenging set of requirements for (highly stable) long - term satellite - based products for
climate, that have been addressed to Space Agencies via the Global Climate Observing System (GCOS) and the Committee on Earth Observation Satellites
climate, that have been addressed
to Space Agencies via the Global Climate Observing System (GCOS) and the Committee on Earth Observation Satellites (CEOS
to Space Agencies via the Global
Climate Observing System (GCOS) and the Committee on Earth Observation Satellites
Climate Observing
System (GCOS) and the Committee on Earth Observation Satellites (CEOS).
CDC leads efforts
to anticipate the health effects of
climate change,
to assure that
systems are in place
to detect and track them, and
to take steps
to prepare for,
respond to, and manage associated risks.
If we accept that
system 1 instinctively
responds in harmony with the subjects» world - views, we should not be surprized that people with low scientific literacy tend
to be polarized in line with their politics on technical issues such as
climate change.
Over time, the scope of the committee's work expanded
to include all aspects of the natural
climate system, the scientific underpinnings and varied impacts of forced
climate change, and options and strategies for
responding to climate change.
«Through smarter, more sustainable energy
systems, we can improve vulnerable infrastructure and reduce ongoing energy costs, as well as demonstrate how we create green jobs as we
respond to the realities of sea level rise and
climate change.»
Requires the
Climate Service Program to: (1) analyze the effects of weather and climate on communities; (2) carry out observations, data collection, and monitoring of atmospheric and oceanic conditions; (3) provide information and technical support to governmental efforts to assess and respond to climate variability and change; (4) develop systems for the management and dissemination of data; (5) conduct research to improve forecasting and understanding of weather and climate variability and change and its effects on communities; and (6) develop tools to facilitate the use of climate information by local and regional stakeh
Climate Service Program
to: (1) analyze the effects of weather and
climate on communities; (2) carry out observations, data collection, and monitoring of atmospheric and oceanic conditions; (3) provide information and technical support to governmental efforts to assess and respond to climate variability and change; (4) develop systems for the management and dissemination of data; (5) conduct research to improve forecasting and understanding of weather and climate variability and change and its effects on communities; and (6) develop tools to facilitate the use of climate information by local and regional stakeh
climate on communities; (2) carry out observations, data collection, and monitoring of atmospheric and oceanic conditions; (3) provide information and technical support
to governmental efforts
to assess and
respond to climate variability and change; (4) develop systems for the management and dissemination of data; (5) conduct research to improve forecasting and understanding of weather and climate variability and change and its effects on communities; and (6) develop tools to facilitate the use of climate information by local and regional stakeh
climate variability and
change; (4) develop
systems for the management and dissemination of data; (5) conduct research
to improve forecasting and understanding of weather and
climate variability and change and its effects on communities; and (6) develop tools to facilitate the use of climate information by local and regional stakeh
climate variability and
change and its effects on communities; and (6) develop tools
to facilitate the use of
climate information by local and regional stakeh
climate information by local and regional stakeholders.
Because if the
climate system were dominated by negative feedbacks, then it would be insensitive and incapable of
responding as observed
to what all agree were modest
changes in forcing.
• The readiness of the nation
to predict and avoid public and occupational health problems caused by heat waves and severe storms • Characterization and quantification of relationships between
climate variability, health outcomes, and the main determinants of vulnerability within and between populations • Development of reliable methods
to connect
climate - related
changes in food
systems and water supplies
to health under different conditions • Prediction of future risks in response
to climate change scenarios and of reductions in the baseline level of morbidity, mortality, or vulnerability • Identification of the available resources, limitations of, and potential actions by the current U.S. health care
system to prevent, prepare for, and
respond to climate - related health hazards and
to build adaptive capacity among vulnerable segments of the U.S. population
If you concede that
climate skeptics have not proven in peer - reviewed journals that human - induced warming is not a very serious threat
to human health and ecological
systems, given that human - induced warming could create catastrophic warming the longer the human community waits
to respond to reduce the threat of
climate change and the more difficult it will be
to prevent dangerous warming, do you agree that those nations most responsible for rising atmospheric ghg concentrations have a duty
to demonstrate that their ghg emissions are safe?
If you concede that
climate skeptics have not proven in peer - reviewed journals that human - induced warming is not a very serious threat
to human health and ecological
systems, given that human - induced warming could create catastrophic warming the longer the human community waits
to respond to reduce the threat of
climate change and the more difficult it will be
to prevent dangerous warming, do you agree that those responsible for rising atmospheric ghg concentrations have a duty
to demonstrate that their ghg emissions are safe?
Current computer models can faithfully simulate many of the important aspects of the global
climate system, such as
changes in global average temperature over many decades; the march of the seasons on large spatial scales; and how the
climate responds to large - scale forcing, like a large volcanic eruption.
Implications include (i) the expectation of additional global warming of about 0.6 °C without further
change of atmospheric composition; (ii) the confirmation of the
climate system's lag in
responding to forcings, implying the need for anticipatory actions
to avoid any specified level of
climate change; and (iii) the likelihood of acceleration of ice sheet disintegration and sea level rise.
Climate science is fully aware that there are uncertainties in how the climate system responds to the radiative forcings that drive current climate
Climate science is fully aware that there are uncertainties in how the
climate system responds to the radiative forcings that drive current climate
climate system responds to the radiative forcings that drive current
climate climate change.
Now that the Obama administration is pledging
to act with urgency
to respond to the threat of
climate change and acknowledging that this requires a commitment
to a sustainable energy
system, administration policy should be re-framed
to show how it is driven by these commitments.
To respond to climate change, it is necessary to predict what its impacts on natural and human systems will b
To respond to climate change, it is necessary to predict what its impacts on natural and human systems will b
to climate change, it is necessary
to predict what its impacts on natural and human systems will b
to predict what its impacts on natural and human
systems will be.
Results from all of these efforts could continue
to deepen our understanding of the interactions of human and natural
systems in the context of a
changing climate, enabling society
to effectively
respond and prepare for our future.20
Earth, because of the
climate system's inertia, has not yet fully
responded to human - made
changes of atmospheric composition.
And the political reality that matters most right now is that our fossil - fueled, corporate - controlled political
system has both failed
to respond in any serious way
to the certainty of catastrophic
climate change, and, at the same time, has produced the phenomenon of Trump's all too serious bid for the Republican Party's presidential nomination.
Co-author Gerrit Lohmann, who leads the Wegener Institute's palaeoclimate dynamics group, said: «Using the simulations performed with our
climate model, we were able
to demonstrate that the
climate system can
respond to small
changes with abrupt
climate swings.
Proposals
to respond to climate change by geoengineering the Earth's
climate system, such as by regulating the amount of sunlight reaching the planet, may be seen as a radical fulfillment of Heidegger's understanding of technology as destiny.
Climate change and its potential impacts are increasingly accepted, but economic, social and political
systems have been slow
to respond.
As we have seen in part I and II of the series, low frequency - high amplitude
climate change does not take place in a chaotic manner, but mainly through cycles, quasicycles, and oscillations that
respond to periodic
changes in the forcings that act over the
climate system.
Sea level
responds very slowly
to a
change in temperature, yet another sign of the vast inertia in the
climate system.
To understand the impacts of solar variations on climate we need to know how much the solar inputs vary, and how the climate system responds to these change
To understand the impacts of solar variations on
climate we need
to know how much the solar inputs vary, and how the climate system responds to these change
to know how much the solar inputs vary, and how the
climate system responds to these change
to these
changes.
Radiative forcing is a measure of the
change in boundary conditions,
to which the
climate system responds by either warming (in the case of positive radiative forcing; more energy coming in than going out) or cooling (negative radiative forcing).
which reveal how the
climate system is
responding to rapid human - made
changes of atmospheric composition, especially atmospheric carbon dioxide (CO2).
How the Earth's surface temperature adjusts
to a given
change in solar radiation depends on the processes by which the
climate system responds to variations in the energy it receives.
tests for the global and regional
responding systems regarding their ability
to manage potentially disruptive extreme and abrupt
climate changes.
«model simulations suggest that there is significant nonlinearity in how the
climate system responds to the multiple
changes that have occurred»